RADCOR2011 - (other radcor conferences)
September 26-30, 2011
Mamallapuram, India
published January 24, 2013
Mamallapuram, India
published January 24, 2013
The era of the Large Hadron Collider (LHC) at CERN, Geneva has begun. While the LHC detectors measure fundamental scattering reactions with unprecedented experimental precision, it is clear that the interpretation of these high-quality data demands an equally high precision in the theoretical predictions. In order to connect the observed phenomena with the underlying theoretical models, one needs a precise understanding of the involved processes at the quantum level. Confronting the theoretical predictions for various processes in the Standard Model and beyond with the large amount of data which the LHC will have collected by September 2011, will allow to test the theories and help to refine the theoretical tools. Therefore RADCOR 2011 will be crucial for future developments concerning LHC physics.
Topics covered at RADCOR 2011 include: * Phenomenology at high-energy colliders * QCD physics of hard scattering * Electroweak radiative corrections, and applications to Standard Model and beyond the Standard Model processes * New theoretical methods and tools * Event generators and simulation of signal and background processes * g-2 of muon, heavy quarks (including B physics), and physics at B-factories and in e+e- collisions at lower energies
| Results from Experiments |
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Recent results from ATLAS
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Recent results from CMS
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| Parton distribution functions |
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NNPDF in the LHC era
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| Photon structure function |
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Photon Structure in Supersymmetric QCD
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Mass effect on the photon structure functions
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Generalized parton distributions of the photon
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| Multi-leg processes |
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Hard multi-particle processes at NLO QCD
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NLO QCD corrections to hadronic WWbb production
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Multiparton NLO corrections by numerical methods
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Results in precision multiboson+jet phenomenology
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Multi vector boson production via gluon fusion at LHC
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| Higher Order Automation & Monte Carlo |
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New results for algebraic NLO - Tensor reduction of Feynman integrals
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The GRACE project - QCD, SUSY, Multi-loop
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Automated one-loop calculations with Golem/Samurai
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Weak Bosons and Jets at the LHC
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A recursive one-loop algorithm for many-particle amplitudes
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Reduze 2 and top quark pair production at two loops
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Herwiri2: CEEX Electroweak Corrections in a Hadronic MC
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MadLoop in aMC@NLO
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Alternative subtraction method in QCD using Nagy-Soper scheme
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One Loop Amplitudes for Multi-Jet Production
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Precise inclusive Higgs predictions using iHixs
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| Resummation |
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Exact Amplitude-Based Resummation in Quantum Field Theory: Recent Results
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Large-x resummation in semi-inclusive e^+ e^- annihilation
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| Top, Drell-Yan, Higgs |
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The top-pair total cross section at NNLL order
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NNLL top-antitop production at threshold
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Higher order QCD corrections for the Drell-Yan process
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Signal-background interference in gg to H to VV
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Top mass effects in scalar and pseudo-scalar Higgs bosons production at NNLO for hadron colliders
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Heavy Majorana neutrino effects on MSSM-M_h
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| Multi-loop methods |
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R(s) and Z decay in O(alpha_s^4): complete results
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O(alpha_s^3) Contributions to the Heavy Flavor DIS - Wilson Coefficients at general Values of N
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Symbolic Summation for Particle Physics
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Two-Loop QED Operator Matrix Elements with a Massive External Fermion Line
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| Radiative corrections at low energy |
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Theoretical improvements for luminosity monitoring at low energies
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Rho-gamma mixing and e^+ e^- vs. tau spectral functions
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Improving the phenomenology of K_{l3} form factors with analyticity and unitarity
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| Infra-red structure of amplitudes |
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Precision Collider Physics from SCET - Electroweak Boson Production at Small q_T
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The infrared structure of gauge amplitudes in the high-energy limit
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Disentangling Singularities with Non-linear Mappings - A new method for NNLO computations
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Double Parton Scattering Singularity in One-Loop Integral
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Antenna Subtraction in pQCD at NNLO
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| Beyond the Standard Model at NLO |
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NNLO QCD corrections to the resonant sneutrino / slepton production at LHC
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NNLL resummation for squark-antisquark production
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KK Gluons at NLO
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Production of KK-gravitons in association with a boson via gluon fusion in the LHC
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W^+ W^- production at LHC at NLO in extra dimension models
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Graviton plus vector boson production to NLO QCD
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| Concluding session |
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Why Precision ?
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